Wolfram Model and the Technological Architecture of the Fourth Industrial Revolution

TL;DR

This paper argues that the multi-computational paradigm, especially the geometry from multiway systems, naturally underpins the technological changes of the fourth industrial revolution.

Contribution

It introduces the geometric perspective of multiway systems as a foundational framework for understanding the fourth industrial revolution.

Findings

Multiway systems' geometry models industrial revolution technologies.

Multi-computational paradigm aligns with technological evolution.

Provides a new theoretical foundation for industrial revolution architecture.

Abstract

In this essay, we will defend the thesis that the multi-computational paradigm is a natural way of thinking about the fourth industrial revolution. This will be done considering the geometry that emerges as the continuum limit of multiway systems.